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Theory, LTspice Simulation, and Hands-On Projects MOSFETs are essential components in modern electronics, used in switching, amplification, motor control, power conversion, digital logic, and audio circuits. This book offers a practical introduction to MOSFET technology, combining clear explanations with LTspice simulations and hands-on projects. Starting with semiconductor fundamentals, you will learn how MOSFETs operate, how they compare with BJTs, and how to apply them in real circuits. The book then progresses from basic switching applications to more advanced designs. You will learn how to: Understand N-channel and P-channel MOSFET operation Work with cutoff, triode, and saturation regions Simulate and analyze circuits using LTspice Build switching circuits for LEDs, relays, buzzers, sensors, and motors Create sensor circuits for light, temperature, touch, tilt, reed switches, and PIR motion detection Control motors and fans using PWM and H-bridge circuits Design MOSFET small-signal amplifiers Build astable, Colpitts, Hartley, phase-shift, and Pierce oscillators Experiment with MOSFET digital logic Explore buck and boost DC-DC converters Understand the basics of MOSFET audio power amplifiers Written for engineers, students, and experienced makers, this book connects theory with simulation and practical construction, giving you the knowledge and experience to design and experiment with MOSFET circuits with confidence.

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If you can describe it, you can build it AI coding assistants are changing what makers and solopreneurs can build. Tasks that once demanded weeks of learning a new language, framework, or software stack can now be delegated to an AI—provided you know how to describe the job, judge the result, and keep control of the process. The Maker’s Guide to AI Coding is a practical guide to doing exactly that. It explains how to work with AI coding tools as collaborators rather than vending machines, how much to delegate, how to write specifications that produce useful results, and how to recognise hallucinations, context drift, overconfidence, and code that runs but is still wrong. The book is built around four increasingly ambitious projects. You begin with a browser-based RC filter analyser, then develop a live serial data plotter for Arduino and other microcontrollers. Next comes a datasheet questionand- answer tool using retrieval-augmented generation (RAG), followed by a complete multi-user resource booking system with authentication, a database, external services, background jobs, and deployment. No advanced programming background is required. The emphasis is on thinking clearly, guiding the AI, testing what it produces, and preserving the skills needed to evaluate its work. Along the way, you learn development workflow designed to remain useful as tools evolve. If you can describe what you want to build, this book shows you how to turn that description into working software.

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The Vision and Engineering Behind SparkFun Getting Started with MicroMod Leveling Up Your SparkFun JetBotHow I Expanded the Functionality of My JetBot, Powered by the NVIDIA Jetson Nano Programming an FPGA How to Build a DIY GNSS Reference Station The ClockClock Project Under the Hood: SparkFun Inventor's Kit SparkFun’s Glenn Samala on Product Development and New Ventures Creating Custom Circuit Boards with SparkFun À La Carte Designing with the SparkFun Artemis Getting Started with the Qwiic Ecosystem for Rapid Prototyping Poster - Qwiic Under the Hood: The GreatScott! / Elektor DIY LiPo Supercharger Kit Memorable Electronics from SparkFun Past Perfect Parking with LiDAR Buried Pad PCB Fixing Design to Sale: the SparkFun RTK Surveyor Hello World from the Raspberry Pi Pico and RP2040A Look at Raspberry Pi’s First Microcontroller and Microcontroller Chip DIY Quadrupedal Robots Poster - Micromod RISC-V IoT Development in AWS Using FreeRTOS Libraries Yep, Electronics = Fun!A Conversation Among Electronics Enthusiasts Sparkfun Product Catalog HexadokuThe Original Elektorized Sudoku

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ARM Cortex-M Embedded Design from 0 to 1 Hobbyists can mash together amazing functional systems using platforms like Arduino or Raspberry Pi, but it is imperative that engineers and product designers understand the foundational knowledge of embedded design. There are very few resources available that describe the thinking, strategies, and processes to take an idea through hardware design and low-level driver development, and successfully build a complete embedded system. Many engineers end up learning the hard way, or never really learn at all. ARM processors are essentially ubiquitous in embedded systems. Design engineers building novel devices must understand the fundamentals of these systems and be able to break down large, complicated ideas into manageable pieces. Successful product development means traversing a huge amount of documentation to understand how to accomplish what you need, then put everything together to create a robust system that will reliably operate and be maintainable for years to come. This book is a case study in embedded design including discussion of the hardware, processor initialization, low‑level driver development, and application interface design for a product. Though we describe this through a specific application of a Cortex-M3 development board, our mission is to help the reader build foundational skills critical to being an excellent product developer. The completed development board is available to maximize the impact of this book, and the working platform that you create can then be used as a base for further development and learning. The Embedded in Embedded program is about teaching fundamental skill sets to help engineers build a solid foundation of knowledge that can be applied in any design environment. With nearly 20 years of experience in the industry, the author communicates the critical skill development that is demanded by companies and essential to successful design. This book is as much about building a great design process, critical thinking, and even social considerations important to developers as it is about technical hardware and firmware design. Downloads EiE Software Archive (200 MB) IAR ARM 8.10.1 (Recommended IDE version to use) (1.2 GB) IAR ARM 7.20.1 (Optional IDE version to use) (600 MB)

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Home Information SystemUsing Windows on a Raspberry Pi Starting with Node-REDAn open-source visual block-based programming tool Elektor Summer GiveAway Simple Function Generator: With Reverse-Order Signal Creation GreatScott! Builds a LoRa Alarm System Review: Joy-iT RD6006 Benchtop Power Supply Kit Review: The GreatFET One Interface Board Small Circuits Revival – XXLEscaped from the Suggestions Box Poorest Man's External 2.4 GHz Wi-Fi Antenna Simple On-Off Temperature Controller with Raspberry Pi HAT How to Take (Successful) Photos of ElectronicsShowing your projects in their best light Review: The I2CDriver Tool Review: JOY-iT Joy-View Portable Touchscreen LED Booster for MicrocontrollersWith just one component Experimental Ultrasonic Clothes Washer Review: The Joy-iT JDS2915 Signal GeneratorA 2-Channel Signal Generator and Frequency Counter Traffic Lights Programmed in PIC Assembly Code E-E-E-ternal Blinker Experimental Hall Sensor Tracing Shorts with the Milli-Ohm or ESR Meter Review: Elektor SDR Hands-on Kit Elektor Labs Pipeline Elektor KickstarterWell, you get the idea. Do You Really Need All That Stuff???This is where I spend many hours working on electronics projects Homelab Tours: The Kinetic Clock MakerStargate jigsawed! Hello, World! We’re Elektor, and We’re Social M4 + 2x A7 + GPU: An Unbalanced Dream TeamLatest STM32MP1-SoCs can tackle demanding applications Test Rig for 16F18877 & Similar Big PICs Inter-Microcontroller Traffic with the SPI Bus and ATmega328p Six Shades of LF/AF OSC (and the Miller’s Tale) BBC micro:bit Absolute Minimalist Oscilloscope with LED Display ‘Knight Rider’ LED Chaser with the ESP32 LW/MW AM Signal Generator with ATtiny13 Absolute Minimalist Dip Meter Photovoltaic Regulator UpdateNew function for measuring battery temperature Wireless SignallingTransmitting switching signals over LPR Ultrasonic Reverse Parking Aid with Arduino Uno Distortion Pedal with Op Amp and Space Charge Tubes Electronics Workspace Essentials Hexadoku Artificial Intelligence for Beginners (2)Neural networks with Linux and Python

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Avec le JOY-iT PS1440-C-Pro, vous disposez d'une alimentation de laboratoire programmable fournissant des tensions CC de 0,01 à 60 V et des courants CC de 0,01 à 24 A en sortie. Son panneau de commande intuitif vous permet de programmer, d'enregistrer et de rappeler jusqu'à 9 réglages de tension CC différents. Vous pouvez également configurer des fonctions de protection et de limitation individuelles, telles que la protection contre les surtensions. Tous les réglages sont facilement ajustables via le clavier et/ou la molette et s'affichent clairement sur l'écran couleur haute résolution de 2,4 pouces. Pour une connectivité optimale, le PS1440-C-Pro intègre une interface RS485 pour une communication robuste et longue distance. Il est ainsi idéal pour les configurations complexes où la stabilité du signal, l'immunité au bruit et la fiabilité du transfert de données sont essentielles. Le connecteur inclus garantit une connexion sécurisée, améliorant ainsi la fiabilité et les performances globales de votre équipement de laboratoire. Caractéristiques Appareil complet prêt à l'emploi Interface RS485 Fonction de chargement de batterie Les valeurs peuvent être saisies facilement à l'aide du clavier Protection contre les surintensités et les surtensions réglable Horloge temps réel (RTC) et capteur de température CTN intégrés Documentation détaillée incluse en anglais, français et allemand Spécifications Tension d'entrée 230 V Tension de sortie 0-60 V Courant de sortie 0-24 A Puissance de sortie 0-1440 W Précision de la tension d'entrée ±1% + 5 digits Précision de la tension de sortie ±0,3% + 3 digits Précision du courant de sortie ±0,5% + 5 digits Précision sur la tension de batterie ±0,5% + 3 digits Résolution sur la mesure de la tension d'entrée 0,01 V Résolution sur la mesure de la tension de sortie 0.01 V Résolution de la mesure du courant 0,01 V Résolution de la mesure de la tension de la batterie 0,01 V Temps de réponse en mode tension constante 2 ms @ 0.1-5 A Régulation de la charge en mode tension constante ±0,1% + 2 digits Régulation de la charge en mode courant constant ±0,1% + 3 digits Plage de mesure de charge électrique 0-9999.99 Ah Plage de mesure de l'énergie 0-9999.99 Wh Erreurs statistiques dans la charge électrique et l'énergie ±2% Ondulation de sortie 100 mV VPP @ 12 V150 mV VPP @ 24 V Plage de détection du capteur de température −10 à +100°C Précision du capteur de température ±3°C Mode de fonctionnement Fonctionnement en mode abaisseur Réglage de la luminosité de l'écran Niveaux 0 à 5, 6 niveaux au total Plage de température de fonctionnement autorisée −10 à +40°C Dimensions 170 x 93 x 340 mm Inclus JOY-iT PS1440-C Alimentation Connecteur à 2 broches pour interface RS485 Câble d’alimentation Manuel Téléchargements Manuel MODBUS Protocol PC Software Driver for Windows

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Elektor GREEN and GOLD members can download their digital edition here. Not a member yet? Click here. MultiRF Dev BoardA Platform for Evaluating Short- and Long-Range Wireless Protocols Elektor at 65Disrupting Electronics Since 1961 Wi-Fi-Based Person Detection on an ESP32When Your Router Becomes a Motion Sensor Wireless ScalesFour Small Scales = One Big Scale Walter, the Compact IoT ModuleESP32-S3 SoC, LTE-M/NB-IoT 5G Modem, and GNSS Receiver 3- and 4-Wire RTD Sensors ConditioningWith Full-Scale Adjustment and Cable Compensation 3-in-1 2-Channel Oscilloscope/Generator/MultimeterA Review of The Fnirsi 2D15P electronica Fast Forward 2026 Invites Startups and Industry Partners EcologgingA Modular Environmental IoT Station for Field Research Wireless Connectivity in Medical ApplicationsAlways on the Pulse with Bluetooth LE AudiotronicsHum Reduction Increasing Agricultural Efficiency with AI Modeling and SensorsBoosting Agricultural Productivity OPC UA — An OverviewPlatform-Independent Data Exchange Redox Meter Instrumentation Amplifier for Physics and Engineering Experiments Active Differential Audio FiltersFor Professional Crossovers and More Elektor Community Perspectives on IoT & Sensors Telegram-Controlled Water Heater Interface ModuleA Solution Based on an ESP32 and Arduino Software 2026: An AI OdysseyWhatever Happened to Fuzzy Logic? Err-lectronics Alarm Signal Injector Plus PowerTools for Finding Broken Wires

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Program and Build Raspberry Pi 5 Based Ham Station Utilities with the RTL-SDR The RTL-SDR devices (V3 and V4) have gained popularity among radio amateurs because of their very low cost and rich features. A basic system may consist of a USB based RTL-SDR device (dongle) with a suitable antenna, a Raspberry Pi 5 computer, a USB based external audio input-output adapter, and software installed on the Raspberry Pi 5 computer. With such a modest setup, it is possible to receive signals from around 24 MHz to over 1.7 GHz. This book is aimed at amateur radio enthusiasts and electronic engineering students, as well as at anyone interested in learning to use the Raspberry Pi 5 to build electronic projects. The book is suitable for both beginners through experienced readers. Some knowledge of the Python programming language is required to understand and eventually modify the projects given in the book. A block diagram, a circuit diagram, and a complete Python program listing is given for each project, alongside a comprehensive description. The following popular RTL-SDR programs are discussed in detail, aided by step-by-step installation guides for practical use on a Raspberry Pi 5: SimpleFM GQRX SDR++ CubicSDR RTL-SDR Server Dump1090 FLDIGI Quick RTL_433 aldo xcwcp GPredict TWCLOCK CQRLOG klog Morse2Ascii PyQSO Welle.io Ham Clock CHIRP xastir qsstv flrig XyGrib FreeDV Qtel (EchoLink) XDX (DX-Cluster) WSJT-X The application of the Python programming language on the latest Raspberry Pi 5 platform precludes the use of the programs in the book from working on older versions of Raspberry Pi computers.

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Elektor GREEN and GOLD members can download their digital edition here. Not a member yet? Click here. PIO Programming on the Raspberry Pi PicoNine Instructions, Many Possibilities Breaking AI Out of the BrowserUsing AI CLIs to Code, Compile, and Validate Embedded Projects The Scrutiny DebuggerDebug, Visualize, and Test Embedded C/C++ Code Sigfox Breakout Board (1)A Self-Built Radio BoB Low-Noise Power Supply (2)Construction, Assembly, and Practical Implementation Simple Signal Generator Using the RP2040Analog and Digital Signals for Around €10 Navigating the Future of Smart Homes with Matter and Edge AIAre Matter’s Latest Updates and the Rise of Edge AI Finally Giving Engineers the Tools to Build the Intelligent, Seamless Smart Homes Users Have Been Promised? Differential Pressure SensorsPredictive Maintenance in HVAC-Systems Security by DesignEngineering Fundamentals Limit Failure Embedded Security Is No Longer Optional CRA and PQC Are Rewriting Embedded Security PrioritiesWhy Even Small IoT and Industrial Firms Need an Upgrade Plan embedded world 2026An Interview With Benedikt Weyerer, Executive Director of embedded world Hands on with I3CUsing Hardware from ST and Microchip The BLEnky ProjectRapid Prototyping of Bluetooth Low Energy Applications Pulse Width ModulationFrom a Simple On/Off Thermostat to a Smoothed DC Analog Signal AudiotronicsEar-Pleasing Electronics for DIY Construction From Life’s ExperienceRead The F...ing Manual! ESP32 Audio Transceiver Board (Part 4)Tuning the Clocks - And a Wired Option 2026: An AI OdysseyThe 2025 Vibe-Coding Hangover Symmetrical DC LoadDC Load, Static or Dynamic, and Symmetrical Counting Faces with MaixCAMAn Easy Way to Capture Audience Sizes

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Le nRSP-ST est un récepteur radio en réseau à couverture générale pour des fréquences de 1 kHz à 2 GHz avec une visibilité spectrale allant jusqu'à 10 MHz. Le nRSP-ST est votre propre SDR personnel accessible à distance qui peut également être partagé avec un petit nombre d'amis ou de collègues de confiance. Le nRSP-ST répond aux besoins des passionnés de radio qui souhaitent une solution « plug-and-play » pour la réception à distance. En plus d'y parvenir, nous avons résolu les limitations typiques de la bande passante Internet avec la création d'un nouveau mode IQ Lite, qui fournit efficacement des canaux de données IQ. Nous introduisons également la possibilité de contrôler et de stocker les enregistrements IQ sur un site distant. Le nRSP-ST est idéal pour tous ceux qui souhaitent un récepteur distant à large bande sans avoir besoin de compétences informatiques ni d'heures de configuration et de maintenance continue sur le site distant. Caractéristiques Récepteur de couverture générale en réseau intégré « Plug and Play » : Combine un récepteur, un ordinateur hôte et bien plus encore, le tout dans un seul boîtier ! Mettez sous tension et connectez-vous à Internet (Ethernet ou Wi-Fi) : le nRSP-ST est automatiquement accessible de n'importe où Le logiciel SDRconnect multiplateforme prend en charge le fonctionnement local ou l'accès à distance sur les plates-formes Windows, MacOS ou Linux Le nRSP-ST & SDRconnect est configurable pour la bande passante réseau disponible : En mode Full IQ, le nRSP-ST assure le transfert de données IQ de la bande passante du spectre visible (par exemple, pour un réseau local haut débit ou une connectivité Internet ultrarapide) En mode IQ Lite, le nRSP-ST fournit des données IQ sur des canaux jusqu'à 192 kHz de large (par exemple, pour le décodage numérique par le client) En mode Compact, le nRSP-ST fournit un son compressé (idéal pour les connexions Internet plus lentes) Prend en charge plusieurs connexions client avec une combinaison simultanée de modes de connexion : un outil d'administration vous permet d'attribuer des noms d'utilisateur et des délais d'expiration à des amis ou collègues de confiance. Tous les modes prennent en charge la visualisation d'une bande passante spectrale allant jusqu'à 10 MHz Deux options de connexion à distance : Utilisez un client SDRconnect distant ou Utilisez le serveur Web intégré pour accéder à distance à partir de n'importe quel appareil compatible avec la navigation Web, y compris les tablettes et téléphones Android/iOS Le nRSP-ST offre la possibilité d'enregistrer des fichiers IQ et audio sur un périphérique NAS (stockage en réseau) s'il est disponible sur le réseau local. Le récepteur SDR large bande ADC 14 bits couvre toutes les fréquences de 1 kHz à 2 GHz en passant par VLF, LF, MW, HF, VHF, UHF et L-band, sans interruption. Surveillez à distance jusqu'à 10 MHz de spectre à la fois à partir d'un choix de 3 antennes Flash évolutif pour de futures améliorations de fonctionnalités Inclus 1x nRSP-ST récepteur 1x Antenne WLAN 1x Bloc d'alimentation 1x Manuel Téléchargements Release notes Software

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Develop your own custom home automation devices Espressif's ESP8266 and ESP32 microcontrollers have brought DIY home automation to the masses. However, not everyone is fluent in programming these microcontrollers with Espressif's C/C++ SDK, the Arduino core, or MicroPython. This is where ESPHome comes into its own: with this project, you don’t program your microcontroller but configure it. This book demonstrates how to create your own home automation devices with ESPHome on an ESP32 microcontroller board. You’ll learn how to combine all kinds of electronic components and automate complex behaviours. Your devices can work completely autonomously, and connect over Wi-Fi to your home automation gateways such as Home Assistant or MQTT broker. By the end of this book, you will be able to create your own custom home automation devices the way you want. Thanks to ESPHome and the ESP32, this is within everyone’s grasp. Set up an ESPHome development environment and create maintainable configurations Use buttons and LEDs Sound a buzzer and play melodies Read measurements from various types of sensors Communicate over a short distance with NFC, infrared light, and Bluetooth Low Energy Show information on various types of displays Downloads Software

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If you can describe it, you can build it AI coding assistants are changing what makers and solopreneurs can build. Tasks that once demanded weeks of learning a new language, framework, or software stack can now be delegated to an AI—provided you know how to describe the job, judge the result, and keep control of the process. The Maker’s Guide to AI Coding is a practical guide to doing exactly that. It explains how to work with AI coding tools as collaborators rather than vending machines, how much to delegate, how to write specifications that produce useful results, and how to recognise hallucinations, context drift, overconfidence, and code that runs but is still wrong. The book is built around four increasingly ambitious projects. You begin with a browser-based RC filter analyser, then develop a live serial data plotter for Arduino and other microcontrollers. Next comes a datasheet questionand- answer tool using retrieval-augmented generation (RAG), followed by a complete multi-user resource booking system with authentication, a database, external services, background jobs, and deployment. No advanced programming background is required. The emphasis is on thinking clearly, guiding the AI, testing what it produces, and preserving the skills needed to evaluate its work. Along the way, you learn development workflow designed to remain useful as tools evolve. If you can describe what you want to build, this book shows you how to turn that description into working software.

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